Mr. Shadab
050 850 2300

Fujairah Rockwool Pipe Section

Fujairah Rockwool Preformed Pipe Sections – Thermal Insulation Supplier in UAE

Thermal Insulation Contracting LLC supplies FRF (Fujairah Rock Wool Factory) products in the UAE. Fujairah Rockwool Preformed Pipe Sections are stone wool insulation products used for thermal insulation of suitable industrial, commercial and HVAC piping systems. Available thicknesses, densities, dimensions and technical specifications depend on the selected product and current availability. Contact our team for product datasheets, stock availability, pricing and delivery options across the UAE.

Fujairah Rockwool Preformed Pipe Section Insulation – UAE Supplier

Thermal Building Products supplies FRF (Fujairah Rock Wool Factory) Preformed Rockwool Pipe Sections for thermal and acoustic insulation of industrial, commercial and HVAC pipework.

FRF Pipe Sections conform to ASTM C547 and equivalent BS 3958-4. They are manufactured from non-combustible rock fibres and are split and hinged for easier installation around pipework. Typical applications include industrial steam and process pipelines, oil refineries, chemical plants, power stations, heating systems and ventilation applications.

Source: FRF Rockwool Pipe Datasheet, April 2018.


Applications

FRF Preformed Rockwool Pipe Sections are suitable for applications including:

  • Steam and process pipelines
  • Oil refineries
  • Chemical and petrochemical plants
  • Power stations
  • HVAC pipework
  • Heating and ventilation systems
  • Industrial piping systems

Thermal insulation of pipework can help reduce heat loss, support process-temperature control, reduce condensation and provide acoustic insulation.

Source: FRF Rockwool Pipe Datasheet, April 2018.


Standard Available Product

Property Standard FRF Pipe Section
Standard section length 1.2 m
Standard thickness 50, 75, 100 mm
Standard density 100, 128 kg/m³
General density range 80–180 kg/m³
General thickness range 25–120 mm
Above 120 mm Available in multi-layer construction
180 kg/m³ density Available up to 8″ diameter

Source: FRF Rockwool Pipe Datasheet, April 2018.


Standard Pipe Sizes

Nominal Pipe Size Inside Diameter Standard Thickness Standard Density
½″ 21 mm 50, 75, 100 mm 100, 128 kg/m³
¾″ 27 mm 50, 75, 100 mm 100, 128 kg/m³
1″ 34 mm 50, 75, 100 mm 100, 128 kg/m³
1¼″ 42 mm 50, 75, 100 mm 100, 128 kg/m³
1½″ 48 mm 50, 75, 100 mm 100, 128 kg/m³
2″ 60 mm 50, 75, 100 mm 100, 128 kg/m³
2½″ 76 mm 50, 75, 100 mm 100, 128 kg/m³
3″ 89 mm 50, 75, 100 mm 100, 128 kg/m³
3½″ 102 mm 50, 75, 100 mm 100, 128 kg/m³
4″ 114 mm 50, 75, 100 mm 100, 128 kg/m³
5″ 140 mm 50, 75, 100 mm 100, 128 kg/m³
6″ 168 mm 50, 75, 100 mm 100, 128 kg/m³
7″ 194 mm 50, 75, 100 mm 100, 128 kg/m³
8″ 219 mm 50, 75, 100 mm 100, 128 kg/m³
9″ 244 mm 50, 75, 100 mm 100, 128 kg/m³
10″ 273 mm 50, 75, 100 mm 100, 128 kg/m³
12″ 324 mm 50, 75, 100 mm 100, 128 kg/m³
14″ 356 mm 50, 75, 100 mm 100, 128 kg/m³
16″ 406 mm 50, 75, 100 mm 100, 128 kg/m³
18″ 456 mm 50, 75, 100 mm 100, 128 kg/m³
20″ 508 mm 50, 75, 100 mm 100, 128 kg/m³
22″ 556 mm 50, 75, 100 mm 100, 128 kg/m³
24″ 610 mm 50, 75, 100 mm 100, 128 kg/m³

Source: FRF Rockwool Pipe Datasheet, April 2018.


Facing Options

FRF Code Description
CXX Unfaced Pipe Section
C2XX Pipe Section with Aluminium Foil Facing

Source: FRF Rockwool Pipe Datasheet, April 2018.


Thermal Conductivity

Typical thermal-conductivity figures from the FRF Pipe Datasheet are shown below.

Mean Temperature 100 kg/m³ 140–150 kg/m³
24°C 0.033 W/mK 0.032 W/mK
35°C 0.035 W/mK 0.033 W/mK
50°C 0.037 W/mK 0.035 W/mK
100°C 0.044 W/mK 0.041 W/mK
150°C 0.052 W/mK 0.048 W/mK
200°C 0.061 W/mK 0.056 W/mK
250°C 0.072 W/mK 0.065 W/mK
300°C 0.084 W/mK 0.078 W/mK

FRF states that these are typical values and are subject to normal manufacturing and testing variance. The thermal-conductivity values are shown in accordance with ASTM C335.

Source: FRF Rockwool Pipe Datasheet, April 2018.


Service Temperature

FRF Rockwool Pipe insulation has a stated service temperature of 780°C when tested in accordance with DIN 52271 at 80 mm thickness and 100 kg/m³ density.

FRF also states that its Rockwool fibres can withstand temperatures above 1000°C without melting. When temperatures exceed 250°C, the binder may evaporate in the exposed zone, while the Rockwool fibres remain intact.

Source: FRF Rockwool Pipe Datasheet, April 2018.


Fire and Material Properties

FRF Pipe Sections are described as non-combustible when tested in accordance with relevant fire-performance standards including:

  • BS 476 Part 4
  • ASTM E136
  • BS EN ISO 1182

FRF documentation also reports reaction-to-fire performance as Class A1 under BS EN 13501-1.

Use the current FRF technical documentation when confirming project-specific fire-performance requirements.

Source: FRF Rockwool Pipe Datasheet, April 2018.


Stainless-Steel Compatibility

FRF documentation states that the insulation meets the requirements of ASTM C795, the standard specification for thermal insulation used in contact with austenitic stainless steel.

Testing references include:

  • ASTM C692 – Corrosion Test
  • ASTM C871 – Chemical Analysis

Source: FRF Rockwool Pipe Datasheet, April 2018.


Installation – Banding

FRF recommends securing Pipe Sections using suitable banding.

The datasheet recommends:

  • Three steel bands per pipe-section length
  • Band positions approximately 100 mm from the lateral joints
  • Wire ties or spiral binding may be used where appropriate for pipe sections with an outer diameter of 200 mm or less

Source: FRF Rockwool Pipe Datasheet, April 2018.


Multi-Layer Installation

Where more than one insulation layer is required:

  • Both insulation layers should be banded.
  • Outer-layer joints should be staggered both laterally and longitudinally.
  • For insulation thickness above 100 mm or operating temperatures above 250°C, FRF recommends installation in two layers.

Source: FRF Rockwool Pipe Datasheet, April 2018.


Installation Recommendations

Before installation:

  • Ensure all contact surfaces are clean, dry and free from dust.
  • Use suitable protective equipment when handling the insulation.
  • Fit the preformed pipe sections closely around the pipe.
  • Position the longitudinal joint towards the lower side of the pipe.
  • Stagger longitudinal joints by at least 30°.
  • Secure the insulation with suitable binding wire/banding.

For multi-layer installations, stagger both longitudinal and crosswise joints.

Source: FRF Rockwool Pipe Datasheet, April 2018.


Cold Pipework

For cold-service pipework, the insulation system should include a continuous vapour retarder to reduce the risk of vapour ingress and condensation.

The vapour-retarder system, joints, penetrations and external finish should be selected according to the project specification and operating conditions.


Technical Documents

Download the current FRF technical information before specification or ordering:


Ordering Fujairah Rockwool Pipe Sections

When requesting a quotation, please provide:

  • Nominal pipe size or outside pipe diameter
  • Required insulation thickness
  • Required density
  • Facing requirement
  • Quantity
  • Operating temperature
  • Application/project details
  • Delivery location

The Thermal Building Products team can then confirm the relevant FRF specification, stock availability and quotation.


Related Rockwool Products & Accessories

Explore our complete range of Rockwool insulation in the UAE for thermal, acoustic and fire-related insulation applications.

For rigid board insulation applications, see our Fujairah Rockwool Slab.

For flexible HVAC and equipment insulation, view our Rockwool Blanket with Foil.

For reinforced industrial insulation applications, see our Rockwool Blanket with Wire Mesh.

For installation accessories, explore our Insulation Pins and Thermal Insulation Tapes categories.


Contact

For stock availability, technical queries and project quotations:

Mr. Shadab – +971 50 850 2300